JPH05237147A - Treatment device, especially on cosmetic facial treatment device - Google Patents

Abstract

PURPOSE: To constitute a treatment device such as a cosmetic facial treatment device in such a manner as closing the pores so as to further absorb cream massaged beforehand by a sufficient cool heat effect. CONSTITUTION: A treatment device is provided with treatment heads 1, 15 and a grip 4, which are formed into two spoon-shaped casing half bodies, in shafts 2, 16, the shafts are inserted in the grip, and the treatment heads are constituted as hollow bodies along with the shafts so as to be filled with medium under the cooled state. The shafts are vertically divided into two about the vertical axis direction, a part positioned in the adjacent to the treatment head is constituted as a connecting pipe piece, and a closing member 17 inserted into the grip is constituted as an internal practical body at least partially. A holding part provided with an interval web 10 is provided on the grip for thermal insulation, the surface of the treatment head has a notched part 11 for receiving and distributing the condensed water, and the treatment head is positioned inclinedly to the shaft.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention comprises a hollow treatment head filled with a liquid in a cooled state and a grip having a holding portion, and the treatment head can be inserted into the holding portion. Regarding the treatment device.

[0002]

2. Description of the Prior Art There are known treatment instruments which have a vibration drive in the grip and which can be fitted with various treatment heads made of metal, plastic or hard rubber in the grip in a selective manner. The choice of treatment head is determined by the massage technique used.

Federal Republic of Germany Patent Application Publication No. 2,01
From US Pat. No. 6,984, an electrically driven massaging device with various mugging heads is known. One of these has a support body with a shaft made of plastic, and the head carries a glued liquid container projecting from this support body. The liquid is heated to freezing or boiling water in a refrigerator.
Treatment heads are not suitable for intensive heat treatment due to their small storage volume and overall configuration.

In beauty, massage is used to apply fes cream. The pores are opened when using warm heat and closed when using cold heat.

[0005]

SUMMARY OF THE INVENTION The object of the present invention is to make use of the above-mentioned effect and to construct a treatment device so as to close the pre-massaged pores for absorption of the cream by virtue of the strong cooling effect. That is.

[0006]

Means for Solving the Problems The measures taken according to the present invention for solving the above-mentioned problems are as follows: a treatment head having the shape of two spoon-shaped casing halves made of metal is used for cooling liquid or corrosion. It has a hollow shaft filled with a gel to which an agent is added, the shaft is divided into two parts perpendicular to the longitudinal axis, and a portion located in the immediate vicinity of the treatment head is a connecting tube piece. And the part that can be inserted into the grip is at least partially configured as an internal body.

Both parts of the shaft can be screwed together, and the screwable part preferably forms a closure for the hollow chamber in the treatment head and a shaft part which is mounted forward. is there.

[0008]

In the quick freezing chamber, cold heat is accumulated in the treatment head by freezing the medium to be cooled. The treatment head is inserted into the grip and fixed. Then, the treatment is performed. Cold treatment is not only effective in association with massage, but also soothes small wounds and hematomas. If a heat treatment device is additionally provided, the heat treatment and the heat treatment can be alternately performed. Furthermore, it is advantageous if the holding part of the grip has a spacing web for insulating the grip. This prevents heat from the hand from being transferred to the treatment head. The accumulated cold heat does not flow out through the grip. In an advantageous configuration, the treatment head is composed at least in part of sintered metal with a porous surface for receiving and distributing condensed water. This keeps the water produced by the condensation of the icy treatment head in contact with the warm body part on the surface of the treatment head for enhanced efficacy. The treatment head has a notch for receiving and optionally distributing the condensate, which notch extends low in the area of temperature jumps or below the dew point. The action can be further enhanced. It is particularly advantageous if the treatment head is provided with a central cutout and a radial passage or groove. The holding part in the grip can also be combined with the vibration drive.
In this case, the heat insulation effect is particularly important, since the residual heat of the electrical vibration drive does not transfer to the treatment head. According to a special design, the extension of the longitudinal symmetry axis of the treatment head, which is designed as an ellipsoidal surface, is located outside the shaft, so that the entire surface half of the treatment head is available for treatment. ing.

[0009]

The treatment device has a treatment head 1, which is formed, for example, from two spoon-shaped casing halves and which is provided with a holding part 3 of a grip 4 by means of a shaft 2 of the treatment head. Plugged in. The locking device consists of a spring elastic latch 5, which is
The grooved bending member 6 allows it to rotate about the axis 8 against the spring force of the spring 7, so that the projection 9 is connected formally and frictionally to the shaft 2. To do. Shaft 2 is the outer surface of the grip and the shaft 2.
Are inserted into the ribs or holes in the spacing web 10 that form the spacing between them.

The treatment head 1 is constructed as a hollow body, including the shaft 2 of the treatment head, and has a filling of a cold material, for example water (with corrosion inhibitor added) or gel. ing. The cooling and thus the accumulation of the cooling material are carried out by storing the treatment head 1 in the quick freezer compartment of the refrigerator. The grip 4 can be provided with a plurality of treatment heads 1, which may be variously formed. The above-mentioned constituent unit (the treatment head 1 provided with the grip 4) can also be stored in the quick freezing compartment.

The treatment head 1, which can be made of sintered metal, has a trough-shaped notch 11 in the center of its approximately spherically shaped use surface. The passages 12 depart radially from the trough-shaped notches. Due to the large temperature difference between the ice-cold treatment head and the ambient air in the treatment chamber, condensed water or ice crystals form on the surface of the treatment head 1. These are for treatment
For example, it is very useful for removing facial wrinkles and is collected in the notches 11 from which it is evenly distributed over the surface. The treatment head 1 can retain moisture well by using a metallic sintered material as a surface coating in the range of use. The entire treatment head can also be manufactured from a sintered material. Furthermore, it is also possible for at least part of the treatment head, preferably the back side 13, to have a wavy surface. This is advantageous for massage purposes. The thermal collar strips on the shaft 2 indicate whether the cooling effect is still being exerted, or if cold air accumulation has been achieved in the deep freezer. Whether the shaft 2 has a guide groove 14 that engages with the protrusion 9 in order to prevent the treatment head 1 from rotating,
Or it may have a chamfered cross-sectional shape different from the circular cross-section.

Another embodiment of treatment head 15 is shown in FIGS. The treatment head 15 is positioned so as to be inclined with respect to the central axis of the shaft 16. The shaft has a threadable closure member 17, which is connected to the holding part 3 in the grip 4 by means of a form connection (for example a notch for ball locking).

The front face 18 of the treatment head 15 is curved inwardly in a weakly concave shape, and the rear face 19 is strongly convexly curved and has a rib structure 20. Whereas the front surface 18 provides a particularly good fit to the face,
The back surface 19 of the treatment head 15 enables massage.
If the uppermost rib 21 is formed in a substantially conical shape, the spot treatment having a great depth effect can be performed.

[0014]

As described above, the present invention provides a treatment device such as a facial treatment device capable of performing effective cold heat treatment by having the structure described in each of the claims. Can be provided.

[Brief description of drawings]

FIG. 1 is a side view showing a treatment device according to an embodiment of the present invention with a grip casing half part removed.

FIG. 2 is a plan view of the treatment device according to the embodiment.

FIG. 3 is a rear view of another embodiment of the present invention in which the treatment head is changed.

FIG. 4 is a side view of the treatment head shown in FIG.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Treatment head 2 Shaft 3 Holding part 4 Grip 5 Hanging eyeglass 6 Curved member 7 Spring 8 Shaft 9 Protrusion 10 Space web 11 Notch 12 Passage 13 Rear side 14 Guide groove 15 Treatment head 16 Shaft 17 Closing member 18 Front 19 Rear 20 rib structure 21 rib

Claims (8)

[Claims] 1. A treatment device, particularly a facial treatment device, comprising a hollow treatment head for filling a liquid in a cooled state and a grip having a holding portion, and the treatment head can be inserted into the holding portion. A treatment head (1,15) in the form of two spoon-shaped casing halves consisting of a hollow shaft (2,16) filled with a liquid in the cooled state or a gel optionally with a corrosive agent added. The shaft is divided into two parts perpendicular to the longitudinal axis, and the portion located in the immediate vicinity of the treatment head (1, 15) is configured as a connecting pipe piece, and a grip is provided. (4) A treatment device characterized in that a portion that can be inserted into the inside is at least partially configured as an internal substance. 2. The two parts of the shaft (2, 16) are
That the threadable and screwable parts (17) form a closure for the hollow chamber in the treatment head (1, 15) and a forwardly supported shaft part (16). The treatment device according to claim 1, wherein: 3. A spacing web (1) for insulation of a holding part (3) in the grip (4) to the grip (4).
0) The treatment device according to claim 1, further comprising: 4. The treatment head (1, 15) is made of a sintered metal having at least a partially porous surface for receiving and distributing condensed water. The treatment device described in. 5. The treatment head (1, 15) has a cutout (11) for receiving and distributing condensed water, said cutout in the area of temperature jump or
5. The treatment device according to claim 1, wherein the treatment device extends low below the dew point. 6. Treatment device according to claim 5, characterized in that the treatment head (1, 15) is provided with a central cutout (11) and a radial passage (12) or groove. .. 7. An extension of the longitudinal symmetry axis of the treatment head (1, 15) configured as an ellipsoidal surface is provided with a shaft (2,
16) Located on the outside of 16) so that the entire surface half of the treatment head (1, 15) is available for treatment. The described treatment device. 8. A treatment head (15) comprises a concavely curved front surface (18) that is weakly curved and a convexly curved rear surface (1) that is strongly curved.
And 9), the treatment head (15) is located at an angle with respect to the shaft (16), and the shaft (16) is mounted in the edge region of the back surface (19) and The back surface (19) has a rib structure (20) with a generally conical rib (21) in the area opposite the shaft (16).
The treatment device according to any one of 1 to 6.